Type-writing machine.



C. B. YAW.

TYPE WRITING MAGHINE. APPLIOATION FILED JUNE 1, 190a.

M mL T mm. i m m Mm 0w wd n .w a P 1-115 ATTEIRNEIY 0. B. YAW. TYPE WRITING MACHINE.

APPLICATIQN FIL'ED- JUNE 1, 1908.

920,41 0. Patented May 4, 1909. 4 SHEETSSHEBT 2.

WITNEEEEE: INVEN EIR PIE: ATTEIRNEY Patented May 4, 1909;

4 SHEETS-SHEET 3.

D T I N 3 w a m on m 2 Nn m o: S wm mm 3 m2 .w Mn IA 3 E \A/ITNEEEES:

+415 ATTORNEY G. B..YAW.

TYPE WRITING MACHINE,

APPLICATION FILED JUNE 1, I908. 920,410, Patented May 4, 1909.

4 SHEETS-SHEET 4.

HIE ATTORNEY 45 I in Fig. 5. Fig. 7 is a rearelevation of the CLIO B. YAw,oF ARLINGTON, NEW JERSEY, 'Assreuon 'ro WYGKOFF, sEAMANs (hBENEDIGT,

UNITED STATES PATENT OFFICE.

OF ILIQN, NEW YORK, A CORPORATION OF-NEW YORK.

TYPE-WRITING MACHINE.

Specification of Letters Patent.

Patented May 4, 1909.

Application filed June 1, 1908. Serial No. 485,926.

To all whom it may concern:

Be it known that I, OLio B. YAW, citizen of the United States, and resident of Arlington, in the county of Hudson and State of New Jersey, have invented certain new and useful Improvements in Type-Writing Machines, of'which the following is a specification.

My invention relates especially to ribbon mechanisms for typewriting machines and its object, generally stated, is to provide-improved devices of the class specified.

To the above and other ends, the invention consists in the features of construction, combinations of devices and arrangements of parts hereinafter described and particularly pointed out in the claims.

The invention is shown as applied to a front-strike typewriting machine of the shiftingplaten style, but the nature of the invention is such that it maybe adapted to other kinds of writing machines.

In the accompanying drawings which illustrate one form of the invention, Figure 1 is a vertical front to rear sectional view of a typewriting machine embodying my invention,

said view being taken about centrally of the machine, parts of which are omitted and parts broken away. Fig. 2 isa fragmentary front elevation illustrating indicating and hand-positioning devices comprised in my invention. Fig. 3 is a horizontal sectional view taken on a plane represented by the line y'y in Fig. 2 and looking in'the direction of the arrows at said line. Fig. 4 is a sectional view taken on a plane represented b the'line zz in Fig. 1 and looking in the direction of thearrows at said line, some of the parts shown in Fig. 1 being omitted from Fig. 4 and other parts broken away. r Fig. 5 is a perspective View, looked at from the rear,

. .of a novel constructlon of operating lever for the vibratory ribbon carrier and of various parts associated with said lever. Fig. 6 is a top view partly in section of theparts shown inclusive are diagrammatic views illustrating various relations between the printing portion of theribbon and the platen when said platen is in lower case position. Figs. 11 to 13 inclusive are diagrammatic views illustrating various relations between the printing portion of the ribbon and-the platen'when said platen is in shifted or upper case 'position.

Referring first more especially to Figs. 1 and 4, the main frame of the machine is shown as comprising a base 1, corner posts 2 and a top plate 3. Key lovers 4 are fulcrumed at 5, each key lever being provided with a restoring spring 6 and being connected by suitable actuating devices.(comprising a link 7, a lever 8 having a fixed pivot 9, and a link 10) with a ty e bar 11 pivoted at 12 to a hanger 13.

The angers are secured-each by support 15, said support in the resent instance being stationary and suita ,ly secured to the frame of the machine. The type bars are each provided with a lower case type 16 and an up er case type 17 and when actu ated are a apted to cooperate with the front face of a platen 18, the axle l9'whereof is j ournaled in the side bars 20 of a platenframe or carrier which further comprises a cross bar 21 connecting said side bars. Links 22 connect the platen carrier with the platen carriage, said carriage comprising end are 23 and front and rear bars numbered re' spectively 24 and 25. The bars 24 and 25 are grooved to 006 erate with anti-friction balls 26, said balls a so cooperating with grooved front and rear guide rails numbered res ectively 27 and 28, said rails being fixe t0 the frame of the machine above the top plate. The carriage is connected by the usual strap 29 with a spring drum 30 which constantly urges the carriage leftwardacross the top plate. The leftward movement of the carriage is controlled by the usual or suitable letter feeding or escapement devices (not shown). which are operative by the key levers 4. 1

During the to-andfro movements of the carriage, platen carrier-and platen across the top plate, a roller 31 on the platen carrier cooperates with a guide rail 32 to maintain the p aten carrier and the platen in redetermined relation with the carriage. his relaby means operative "on the guide rail 32 throu gh a shift'able'frame on which said rail is supported. Said frame comprises side rods 33 ;'at', the-t op of which the rail 32 is fixed.

The rods 33 are supported at their'lower ends ona cross bar34 and are movable up and 'down. through openings in the top plate. The bar 34 is-carried'by supporting rods 35- which are pivotally connected at 3.6 with shait 38 and each being rovided with a key '39. Only one 0 each 0 the pairs of rods 35 and rods 33, andonly one lever 37 are shown in. the drawings. It will be understood,

however, that the, shift frame in which these parts are comprised supports the rail 32 near the ends thereof and is shiftable by akey 30 at eachside of the keyboard, as is more fully illustrated in my pending application Serial N o. 416 ,080 ,-filed February 15th, 1908'. The shiftable frame in itself was not invented by me and is not claimed herein per se.

A ribbon 40 is secured to and wound upon .ribbon spools '41, said ribbon spools being vertically disposed beneath the top plate,

one at each side of the machine and 'forward of the platen (Figs. 1 and 2). Each ribbon spool issecured at the forward end of a horizontal shaft 42 jg urnaled in lugs dependin from the top plate. in my said pending ap lication, each shaft 42 carries at its rear end a beveled pinion 43 which is adapted to cooperate with a beveled driving pinion 44. secured to a driving or power shaft 45, the-latter being connected with and adapted to receive motion from the spring drum 30 through a train of devices com-prising beveled pinions '46 and 47 whichare always in mesh with each other.

The pinion 47 is slidably connected with the riving shaft 45 but always turns therewith, so that without disengaging the pinions 46 and 47 the shaft 45 may be moved endwise to connect one or the other -of the driving XIII,

pmions 44 with its associate inion 43, therey causing. the associate rib on spool to be turned to wind the ribbo n',thereon.- Any other 'suitfable means may 'beemployed to connect the shaft-45 with'the pinion 47" to cause said pinion to turnsaid shaft, while at the same time permitting independent endwise movement of-s'aid shaft. Midway between the ribbon spools the rib-' bon 40 is threaded through slots'in a vibra tory ribbon carrier or vibrator 48. Said ribbon carrier is vertically disposed and at' 'its lower end curvest'oward the rear and terminates in a stem 49"extending vertically downward behind thesegmen't 15 and guided and supported 'on a bracket 50 suitably se- -bon carrier. shift levers 37, one at'each side of the ma' chine, said levers being mounted on a rock As more fully illustrate cured as by rivets 51. to'the rear 0f the usualsegmental'plate 52, said plate in turn being fastened. to the segment15'by-screws'53. As clearly shown in Figs. '5 and6, the ribbon carrier is'provided with'a rearwardly extending stud 54, the stem whereof extends through a hole in the ribbon carrier part-49 and receives a washer or nut 56.

The end of the stem 55 is spread or upset inacounter-sink vin the washer 56 so that the stud 54 is firmly clamped to the rib,- The stud serves toconnect the ribbon carrier with its 0 crating lever,

said studbeing provided witi a cir'cumfen 'ential groovev or de ression 57 which .co-

operates with the s otted inner or righthand end. portion of one part 58 of the 0.11- erating lever. The lever part 58 extends from the ribbon carrier toward the 'left hand' side of the machine behind thesegment 15, as will be understood .from Figs. 4and 15, which it will be recalled, are both rear views. The part 58 ispivotally connected at 59 with theouter or principal part 60 of theoperating lever, said part 60 being'in itself a lever and fulcrumed on a screw 61, which screw or fulcrum is su ported on the arms 62 of a bracket whic further comprises an upwardly extending, portion -,63,'saidbracket being secured at the rear of the plate 52 by screws 64 passing through holes in the plate 52 and engaging threaded openings in the bracket. The pivot 59 is onthe forward arm of the part 60 and the rear arm of said part 60 is provided with a slot 65 extending longitudinally of the part and cooperating with actuating devices which communicate vibratory movements to the ribbon carrier during printing /operations.

During the vibratory movements the relations between the parts 58 and 60 of the operating lever are controlled by means presently to be described.

The actuating devices for the operating lever comprise a stud or rivet 66 which engages the slot 65 in the part 60 and is secured at the upper end of a link 67, said link curving rearward and then extending downward, as shown in Figs. 1 and 4, the lower end of said-link being'pivoted at'68'to an arm 69' integral with and extending rearward from a rock shaft '70. .The rock shaft is pivoted on screws .71 supported inthe sides ofthe base and at its ends is provided with rearwardly extending arms 72 which carry depending arms or links. 73, said links suporting a universal bar 74 which extends romside to side of the machine beneath the key-levers 4. -When a key lever is de resseda the universalbar is lowered, turning t e rock shaft 70'on its pivots and operating thees- I capement devices or letter feed devices, with which said rock shaft is connected by means. comprising a central arm 75 and a link- 76 extending upward therefrom. A .suitable s ring 77' maintains the universal bar and tile-rock shaft 70 in normalposition.

' When the rock shaft 70 1s turned by'the operation of a printing key lever-the link 67 is drawn downward, turning the part or member 60.10n its fulcrum 61 and swinging bodily upward the part 58 and the ribbon carrier connected therewith so as to cause the ribbon to cover the printing point on the platen.

Meansa're' provided. for varying the vibratory movement of the ribbon carrier so as to enable different widthwise portions of the ribbon to bem ade use of. Saidmeans may, be employedin connection with aribbon ef uniform character throughout; but is: esp'e' cially useful with a ribbon like that shown in the drawings and numbered 40,. which ribhon is divided into longitudinal fields and 5 of different characteristics. .The 'fie'ld'a may, for example, be of one color' such as black and thefield b of adiflerefit color such as red. In the present instance, the .varia-f tion in the vibration ofthe ribbon carrier is a change in the extent of; throw and-is;

brought about by alternatingthe position of the stud 66'at'thesideofthe artfiO op 'o'site from the link67. The sli e bar 78 '13s a the stud 66 in the slot, 'relativelyto the fulcrum 61, which is accomplishedby swingy ing the'link 67 on its pivot 68 longitudinal of the'part 60 and toward andaway'from'the middle of the machine. r

The swinging movements ofithe liiikf67 are controlled by -'hand-operateddevices comprising aslide bar 7 8 (Figsmi and 5), said slide bar being provided with a slot'79-Which is engaged -by a headed guide screw .80 on the bracket arm 68, said scr'ew.80 serving to support and guide theinner endportion of the slide bar; Said slide baris provided with a downward extension 81 formed with a slot 82 which engages and controls aboss 83 (Fig. 6,) formed on and projecting from rearward bend just tolth'e left of the extension81 and from thebend the slide bar extendshorizontally leftward and'is pivotally connected at 84 withitheu per arm of a lever 85 (Figs. 1 and 4). 1 he lever 85 is fulcrnmed at 86 on a-bra'c'ket 87 which is'secured to the under face of the segment 15 byscrews 88. From the segment 15 the bracket 88 first extends toward the rearof the ma-.

chine over the" bar 34 'and'then is bent or extended downward behind said bar as indicatedat 87, the extended part 87 support-v ing the fulcrum 86 and at its lower end providin a journal for the rear end portion of a ro'c shaft 89 which extends horizontally forward toward the front of the ma.' chine; The rear end portion of the rock shaft behind the extension 87 supports a crank arm 90-which' is provided with a hub whichv theshaft, 89 movements" in opposite ll tary movements of the shaft 89 are limited printing point on the platen.

91, said hub fitting over the end of the shaft 89 and beinn suitably secured thereto. The outer end or the crank arm 90 is provided with a pin orstud 92 which engages in a slot '93 formed in the lower arm of the lever 85,

the pin and slot connection 92, 93 coupling the crank arm 90 with the lever 8550 that rotary motion communicated, to the crank arm from the shaft 89 will be transmitted through the lever 85 to the slide bar 78 and v willrnove said slide bar longitudinally. As

shown in Figs. 1', 2 and 3, the forward end portion'ofthe'shaft 89- is j ournaled in a plate "94 which is secured by'screws 95 against the v rearface of the left-hand front corner post 2. 'The plate-94 has an upward extension 96 provided; with two indlcat-ing surfaces 96 and f 9 6".='.corres onding' respectively to the fields-wand b o .the ribbon 40. Cooperative vwiththe"'indicating surfaces is a pointer 97 which is suitably secured to the shaft 89 in front ofvthe plate 94; .The' front end portion "of the shaft 89v receives a finger button 98 which is suitably secured in place, "and by ectionsf The roby an arm-99-havin a hub portion 100 ,{which is secured tojt 1e shaft89 by aset screw-101. ,Th'e arm-is adapted to contact 1 with'the stems of the screws 95 which proj ect rearward be 0nd theplate 94 and serve-as :stops 'to limit the movement of the arm 99 and*,'shaft 89. The 'arm 99 is preferably made ofjspring metal and its free end is provided wit a roundedprotuberance or prooles103 and 104 in the plate 94 to hold the "arm- 99'afterit has been arrested by the stops 95; thus maintaining the arm 99,.shaft 89 andfconiiected, parts in predetermined positions;

' I Wh en the arm 99 is positioned as shown in Fi'g.- 2 the pointer 97 will be opposite the indicating surface 96* which corresponds to the [ribbon field a and the stud 66 will be near 'theleft-hand end of the slot 65 and a t iiect ionj 102 which is adapted to engage-with be given rotary its operative position farthest-from the fulcrum 61 of the operating ever. The parts field b of the ribbon the finger button 98 may be grasped and turned in the direction of the arrow in Fig. 2, disenga ing the spring arm 99 from the positioning ole 103, and causing said arm to swing downward until ar- 30 I ingrpoint being indicated by the dottedline rested by the lower screw 95'atwhich time the rounded projection 102 will be in engage 'ment with the. hole 104. The rotary movement thus communicated to the rock shaft 89 will operate through the crank arm 90 and lever 85 to slide the bar 78 inward on its screw support 80 and will cause the slotted extension 81 tojmove the stud 6 6 inward towardithefulcrum 61, at the same: time swinging the link 67 from the full line osition in Fig.4.until it reaches the dotte line position in said figure. It will be understood that the movements of the link 67 received from the printing key's will be of the same extentin its dotted line position as in its full line position. Consequently because of the fact that. in its new positionthe stud 66 is nearer to the fulcrum-61, the operating lever will be given a greater extent of vibratory movement, this greater extent of movement.

.being sufficient: to present the lower field b of the ribbon to the types which will follow a straight path lengthwise of the field 1) until the stud'66 and link 67 are again shifted by the turning back of the finger button 98.

Referring to the diagrammatic views,

1 Figs. 8-10, the normal relation between the f ribbon and the platen when in lower case position isshown in Fig. 8'. Fig. 9 shows the ribbon field a'in printing position, the printat. Fig. 10 shows the-lower ribbon field b in Qprinting position.- Comparing Figs. '9 and 10 the difference in extent of 'tl'lI'OW due'to. theresettin of the stud 66 nearer the fulcrilm 61 wil be noted.

It will be understood that in both positions I of the'slide bar 7.8 the slot 82 in 'theextension 81 permits uninterrupted downward. and up- 40- .Ward vibratory movements of the stud 66, said'slot cooperating with the boss. 83 to confine the. stud 66 to predetermined paths.

As has been stated, means are provided for jcontrolling the relation between the two parts of the operating lever-during the rint- ,ing or vibratory movements of the ri bon.

The operating lever is made'in two parts to yenabl'e one of the partsto ,be shifted relativeiy to the other automatically during the platen shifting operation, so as to'compensate for the platen shiftand enable the, normal relationof ,theprinting' portion of the ribbon to the printing point on the platen to remain .unaltered as a result of the shifting ofthe'platen. 'Thedevices for controlling the relation between the two parts of the operating lever comprise alink 105 which is vp1votally connected at 106 to a tail or extension 58" on the lever part 58, said tail 58 extending toward, the. left below the fulcrum 59. The link 10,5 extends upward from the .pivot l06'and'is pivotally connected at 107 with a lever 108, said lever bein fulcrumed on. the screw-61 and being pivota y connected a t-r109- with an arm I10 extending upward the 'shifta ble bar 34 and secured thereto by-a headed screw 1.11.

As shown in Fig. 6, the lever member is provided with a hub portion 60 which re-\ ceives the fulcrum screw 61 andabu'ts one of further provided withan oppositely extend- '70 the bracket arms 62.-'The member 60' is further provided with an oppositely. extending shorter hub portion: 60 which abuts "againsta corresponding hub portion 108 formed on the lever 1 08'. The lever 108 is ing hub portion 108 which abuts against the other bracket arm 62. The parts are so constructed that the member 60 andthe lever 108 mayt-urn on the fulcrum 61 between the bracket arms 62 but are'held from endwise' motion on said fulcrum 61 so that they will always be confinedto the same plane of rotation. It will further be noted that as illustrated the various pivots 59, 106, 107 and 109 are in the nature. of shouldered rivets,

the stems whereof engage in holes in the assov ciate supports, said holes having countersunk portions. Theends of the stem portions of 1 said rivets are spread or upset in the associate countersinks so that the s read portion of each rivet and the 'sho'ul er thereof ure.

then the member 60 is vibrated on its fulcrum 61, through the printing keys act-' ing on the stud 66, the pivot 59, carried on the. member. 60, will be correspondingly vibrated and thenart. 58, supported on the. oivot 59, villbe odily raised and loi'lr'ered.

58 will be controlled,'so far as rotative movement 'on its pivot 591s concerned, by the link 105, the-up er pivotal point of ,connec-.

tion .107 of this. ink remaining fixed during these vibratory movements of the member I It will be understood,

60. By reason of the controlling of the art 58 as just described, the relation it will ear to the part 60 when in printing position can.

be accurately (predetermined, and the throw communicate present predetermined portions of the rib onv at the printing point at will. 'When the actuating stud 66 is set in the ositio'n farthest from the fulcrum 61, vi ratory movements communicated -tothe part 60 p to the part 58 through-the parts 60 can beadjusted readily so. as to will be transmitted. to the-part 58 so as to" 1 cause said part 58 to raise theribbon carrier 7 far enough only to present'the upper ribbon field to the "printing point. 1

coperating link 105 will operate to lift the part'58, causing the latter to raise the ribbon y en the Pap-i tuating studJis set in its operatingposition nearest the'fulcrum'61, the part 60 and the 105 uring these vibratory movementsthe part.

carrier far enough to present the lower ribbon field to'the types.

If at anytime it is desired to chan e from lower to upper case, one of the shift eys 39 may be operated, lifting theshift frame and the platen so that the. u' per case type 17 will cooperate .withI' .the aten Iinstead L of the lowercase type 16 as t eretofo're. When the 'shiftable frame -is raised the art or'bar 34 -'-compr' ed in 'said'fr'ame will e raised from the dotted line position shown in Fig. '7 to the full line position-shown in saidfigure, and the arm 110 fixed to the bar 34 will also be raisedto a new position; as shown by full 5 lines in Fig. 7. .As' the arm 110 moves upward durin the' platen shifting operation said arm wi lraise that arm-of the lever 108 with which it ispivotally connected at 109 and will 'lowergthe other .arm of said lever 20' 108 forcing downward't-he link 10.5 ivoted to said-otherarm-at. 107. The lin inits downward movement operates 'onthe tail 58. of'the part-58,. causing the tail-to swing downward about the pivot 59 and the body port on of the part 58 to swing upward on said pivot, the result being that" the relation between the two movement from that shownin' Figs.4 and 5 'to that shown in Figs-7. The raising-of the I body portion of the part 58 operate's'throu'gh the stud 54 to lift the ribbon carrier auto matically. with the platen so that thenormal' relationbetween the printing portion of the.

ribbon, or'that portion between the slots in the ribbon carrier, will not be altered by reason 0f, the platen shift but will be the samesubsequent to the shift as rior thereto. The'part 60 of. the operating ever will-re- 40 'main quiescent during the automatic change of posltionof' the part 58 and; the ribbon carrier resulting from the shifting of the platen, and consequently the automatic movement of the ribbon carrier'and part 58 with the-shifting platen will take place irrespective [of the relation of the. actuating stud 66 with its slot 65,- that-is to say, the

automatic shifting will be the same whether normal relation between rib on and platen.

Fig. '12 shows the ribbon field a in-working position and Fig. 13 the ribbon field I) in working position. On com aring these fig-1 j ures with Figs. 8-11 it will e seen that the 'arts'of the operating; lever 'wl'llbe' altere by the plat-en; shifting 'corres onding relations betweenthe platen and t e ribbon are the same inboth case positions.

'W hen the platen is shifted back to lower a case position the arm 110 will operate on the lever 108 and link 105 to return the parts 58 and 60 of the operating lever from the relation shown in Fig. 7 to that shown in-Eig. 5, automatically lowering the ribbon carrier and the printing portion of the ribbon with the-platen so that the normal relation wil remain unaltered.

lt-will be observed that by my present in vention I provide ribbon mechanism combined with a shiftable platen and platen shifting devices therefor, said ribbon mechanism comprising a two-part operatinglever, the first or main part of said operating lever having a fixed fulcrum and being provided with a longitudinally extending slot and carryin the second art of said operating leverw ich is pivote to said first or main part' and has a direct ivotal connection with the vibratory rib on carrier; that means are provided. for controlling the relation between the two operating-lever parts,

said means comprising a link pivotally connected with a tall or GXtGHSIOII on one of the o erating lever parts; that said lmk is also plvotally' connected with a second lever which has the same fulcrum as the operating lever and consequently has an axis of rotation coincident with the axis of rotation of said operatin .lever; andthat connections are provided etween said second lever and said platen shifting devices, said connections comprising an arm to which said second lever is ,pivotally connected, said arm being secured to a shiftable barcomprised in said platen shifting devices.

Various changes may be made without departing from my invention. For example,. the plate 94 may be provided with anot 1G1 hole 103 (Figs. 2 and 3) midway betweenv the holes 103 and'104i When a uniform ribbon is employed, the arm 99 may be set by bringing the rotuberance- 102 into enga ement witht e hole 103 so that the rib on may be written on in a third path midway between the paths followed by the types when the holes 103 and 104 are employed to set the mechanism. I v

I What I claim as new and desire to secure 'by Letters Patent, is

1. In a typewriting machine, the combination of a vibratory ribbon carrier, a twopart operating lever therefor, means for olding the two parts of said lever in one or another of a-plur'ality of normal relations,

said means comprising a linkpivoted directly to-one art of said operating lever and also pivote 'to a supporting part, and'rneans for actuating said operating lever at printing operation. v

j 2. In a typewriting machine, the combi- 55 crating-lever therefor, the first art operating lever therefor, means for hold-- ing the two parts of said lever in one or another of a-plurality of normal relations,

. said means comprising a link ivoted to one part of said lever, a second ever to which 7 said link is also pivoted, connections between-v said second lever and said platen shifting devices, and means for actuating'said'oper- 'ating leverat printing operation.

4. Ina typewriting machine, the combi-'' nation with a platen and platen shifting devices, of a vibratory ribbon carrier, a twopart 0 erating lever, one lever part having a fixer fulcrum; and pivotally su other part, a link pivoted to sai other part,

- a second lever towhich said link is also pivoted, and connections between sald second lever and said platen shifting devices.

5. In a typewrltlng mach ne, the -combination-with a'platen and ashiftable frame connected therewith, of a vibratory ribbon carrier, a two-part o erating lever, one lever part having 'a fixer fulcrum and pivotally 1 sup ortin'g the other part, a link pivoted to ear other part, a second lever to which said link is'also pivoted, and an arm mounted on.

said shiftab e frame and to which said second lever is pivotally connected. I 6. In a typewriting machine, the combination with a platen and laten shifting devices, .of a vibratory ribbon carrier, a twopart operating-lever therefor, one lever part aving a fixed fulcrum and carrying the other art, a second lever connected with said p aten shifting devices and having an axis of rotation coincident with-the axis 'of rotation of said operating lever, and connections between said second lever and said operating lever.

7. In a ty tion with-a p aten and platen shifting devices, of a vibratory ribbon carrier, a two-part opart of said a fixed ilerum and o crating-lever shaving t e second part of saic operating lever being ivoted on said first part, a second lever having an axis of rotation'coincident with the axis of rotation-of said operating-lever, con nections between said second lever and-said platen shifting devices, a link connecting said; secondlever and saidsecond part of said operating-lever, and means for actuating said operating-lever 'at printing operation.

tion with a porting the ewriting machine, the combina-' 8. In a typewriting machine, the combinalaten and platen shifting devices, of a vibratory ribbon carrier, a twopart operating-lever therefor, the first part of sai( operating-lever having a fixed ful- .70 cr'um and the second part of said operating lever being pivoted on said first part, a sec--- 0nd lever having an axis of rotation co'inci dent with the axis of rotation of said. operating-lever, connections between said second lever and said platen shifting devices, a link connecting said second leverand said second part of saldoperatmg-lever, and key operated means connected with said first part of said operating-lever, I 80.

9. In a ty, ewriting machine, the combination witha p aten and platen shifting devices comprising a shiftable bar, of a'vibr'atory ribbon carrier, an operating-lever therefor com rising two parts, the first part having a a fixe 'fulcrumandthe second part being p1v oted onthe first part and being provided with a tail or extension, a second leverhav ing. a'fixed fulcrum, a link connecting one arm of said second lever with said tail or ex- '9 v tension, an arm secured to said shiftable bar and pivotally connected with said secondlever atthe side of its fulcrum opposite from said link, and means for actuating saidopers ating-lever, at printing operation.

10. In a typewriting machine, the combination with a platen and platen shifting devices, of a vibratory ribbon carrier, a two part operating-lever therefor,."the first or.

main )art of said operating-lever having a: 00 fixed ulcrum, the second part'of said vopen. atinglever being pivoted on the first part and having a pivotal connection with said ribbon carrier, a second lever having connections with said platen shifting devices, a link 9 connecting said second lever with said second a part of. said operating-lever, a key actuated universal bar, and connections'between saiduniversal barand the'first ormain part of said 0 erating-lever.

11. v n a ty ewriting machine, the combie nation of a v1 ratory ribbon carrier, a twoart operating-lever therefor, means for holding the two parts of said lever in one or another of a plurality-of normal relations, said means comprising a link pivoted directly .to one part, ofsaid operating-lever and valso to a supporting. part, means for actuating said operating-lever at fprinting opera tion, and hand actuated means for controlling saidlast recited means to vary the vibratory' movements of said operatingslever at printing operation. v 12. In atypewriting machine, the combi nation with a platen and platen shifting devices, of a vibratory ribboneca'rrier, a two- 'part operating-lever therefor, means for olding the two parts of said lever in one or another of a plurality of normal relations,

said means comprising a link pivoted to 0110 part of said. lever, a sedond lever to which said link'is also pivotedfconne'ctions between 'saidsecond lever andfsaid platen shifting devices, means 'foractuating said lever at printing operation, and hand actuated means for controlling said last recited means to vary the vibratory movements *of'said operatinglever at printing" operation. v p

13. In a typewritrng machine, the combination-with aplaten and platen shifting devices, of a vibratory ribbon carrier a twopart operatingelever therefor, the first part of said operat1nglever a'fixed fulcrum and-theisecond' part of said operatinglever beingipivotedon said first part, asecond le- Ve'fhaving an axis of rotation coincident -withi the agris of rotation of'said operating lever, connections between saids'econd lever and saidplaten shifting devices, a linkcon necting 's aid second lever and said second part of'said operatinglever, means for' ack tuating said operating-lever; at printing 'op.

eration,. and'hand actuated meansfor controlling said last recited means to vary the vibratory movements of said operating lever at printing operation;

a 14. Ina type 'ting machine," the-combination with aplaten' and platen shifting devices, of a vibratoryribbo'n carrier, a two-.

3-0 part operating-lever therefor, the first or main part of said operating-lever. having a fixed fulcrum, theseco'nd part'of said operat-. inglev'er'being pivoted on the first part and having apivota connection with said ribbon .35 carrier, a second lever having connections with said platenshifting devices, a. link connecting said second lever with said second part of said operating lever, a key actuated universal bar, connecting devices compr sing p 40 an actuating link between said universal .bar

' and the first or main partof said operatinglever, and hand actuatedmeans for setting said actuating link in different normal relations with said main part of the o-perating- 15-lever in order .to vary the vibratory movements of said ribbon carrier.

15. In a typewriting machine, the combination with a platen and platen shifting devices, of a vibratory. ribbon carrier, an operat ing-lever part pivotally connected therew1th,'a main operating-leverpart on which said first named lever part is pivoted, said main arthaving-a fixed fulcrum and being fprovi ed with a longitudinally extending to slot, a second lever having the same fulcrum Y as said operating lever, a link connecting said second lever with the first named operatinglever part, connections between said second lever and said platen shifting devices, a ke actuated universal bar, a link connected with said universal oar and engaging the slot in said main operatingdever part, ,and hand controlled means for setting saidlink nornlially at different points lengthwise of said nation of a vi universal bar and o erative on said le'ver, a 50 slid'e bar operativey connected with said.

ally connected with said last named 16. In a tytpewriting'machine, the combination of a vi ratory r bbon carr er, an open; ating-lever therefor, a key operated universal bar, an actuating link connected withsaid,

universal barand' operative on said lever,

and means'ffor varying the normal relation between said link and said lever, said means comprising a slide bar which also guides said link when said link is actuated to operate said lever. 17.5 17; In a tylpewriting machine, the combiratory ribbon carrier, anopersting-lever therefor, a key operated universal ba'r,--anactuating link connected w1th said link, and hand controlled devices comprislng a lever pivotally connected with said slide bar, a. rock shaft havinga crank arm pivotever, and a finger button on said rock shaft. 18. In a ty ewriti'ng machine, thecomb nationof a vi ratory r bbon carrier, an operating-lev n therefor, a key operated universalbar, anactuatlng link connected with said '90 universal bar and 0 nation with a two-color ribbon mechanism,

of indicating devices comprising a rock-shaft extending to the front of the machine, a

ointer fixed to said rock-shaft, an indicating plate provided with color indicators andsecured to the machine'frame, means for arresting the turning movements of said rock shaft in both directions, and means cooperat ing oertainparts of said first recited means to maintain said rock shaft in either no of its arrested positions.

20. In a typewriting machine, the co'mbination with a two-color Iibhon mechanism, of indicating devices comprising a rock-shaft extending to the front of the machine and 1-15 provided with a finger wheel, a pointer fixed to said rock-shaft, a fixed plate provided with color indicators, a detent device fixed to said rock shaft and codperating with devices on said plate to hold the rock-shaft in prede- 'termined' ositions, and means cooperating with said etentdevice to arrest it and limit its movement in both directions.

21. In a ty ewriting machine, the combination of avi ratory ribbon carrier, an op'erating levertherefor, a key operated universal bar, an actuating link connected with said universal bar and o erative on said lever,

means for var ing t e. normal relation'between said 1111 and. said lever, said means comprising a slide bar and a rook-shaft, an d i State of New 'York this 29th day of May' devices for limiting the extent of rotary I A. D. 1908. I movement of said rock-shaft and for main-' mining it in one or another of a plurality of set positions. i I

'Signed at the .boroughof Manhattan, city of New York, the county of New York and o lo B. YAWQ Witnesses:

CHARLES SMITH,-

J. B. DEEVES.- 

